Scaling from Manual Packaging to Automation: A Step-by-Step Guide

With any business, demand is likely to increase as new products are introduced or as existing products take hold and become more popular. When production demand rises, businesses can reach a critical point where manually preparing products simply cannot keep up with growth. Filling, capping and labeling products by hand may work for new products or small batches of regional brands, but scaling to meet higher demand will eventually require a transition to packaging line automation. At Liquid Packaging Solutions, we help businesses bridge that gap between manual packaging and automated systems without unnecessary disruption or cost. This step-by-step guide outlines how to make the transition smoothly while improving efficiency, consistency, and your bottom line.

Why Move from Manual Packaging to Automation?

Manual packaging often leads to issues in the process from cleaning bottles right through to labeling. From residue left behind in bottles, inconsistent fills, and increased product waste to labor-intensive, time-consuming processes, at some point automation becomes more than an upgrade, it becomes a necessity for those companies focused on growth. Moving to automated processes increases consistency while at the same time allowing for a higher output. The consistent and repeatable process from packaging machinery also reduces the amount of waste by improving accuracy and also reducing long-term labor costs. Every business must evaluate their process to determine if and when automation makes sense, which is the first step of the process.

Step 1: Evaluate Your Current Packaging Process

Before making the move to automation, make sure it makes sense! Assess your current production rate, identify your bottlenecks, and determine which tasks require the most labor or time. Automation does not need to happen all at once. For instance, if hand-filling product takes up a majority of the product packaging time, a company may want to look into purchasing a filling machine to assist in that process, eventually building a complete system around that machine. If labor costs are simply through the roof with each process taking time and costing too much money without meeting demand, then a complete system may be an option. This step simply helps to determine where your process might currently benefit the most from automation.

Step 2: Define Your Automation Goals

As noted above, not every company needs a fully automated solution from Day One. Establish objectives that will help your business. Do you want to double your production output to fill more shelf space? Do you want to improve your filling accuracy to reduce product waste or improve shelf appearance? By analyzing your current process and defining your automation goals, you can create a strategy that will align with both current packaging needs as well as long-term business goals.

Step 3: Identify the Equipment That Best Suits Your Needs

Once the analysis of the current process and future goals is completed, it is time to identify the best machinery for the project! Will semi-automatic equipment meet all of the current and future needs? Will equipment be necessary for each phase of packaging or will one or two machines meet your needs? A business may start with semi-automatic machinery or a single automated machine due to the lower investment cost up front, but if demand calls for it, a business can move immediately to a fully automated system. Once you find the machinery that fits your needs, you can begin to implement and build your automated packaging system.

Step 4: Begin the Transition to Key Automated Components

As a next step, work with equipment manufacturers to design and build equipment based on your specific needs. No two products or projects are exactly the same, so in addition to the right automation level, you will want to ensure that you have the right equipment for your liquids, bottles, caps, and other components. Product viscosity, product particulates, bottle sizes and shapes, closure type, and other considerations must be taken into account to design and engineer efficient, reliable equipment for any job. The design must also consider the growth discussed in Step 2. At LPS, we work with each and every customer to ensure these individual needs are met.

Step 5: Optimize and Upgrade Your System

If starting with less than a completely automated packaging line, the system itself can be optimized as necessary as the company or product demand grows. Capping machines and labelers can be added to the filling machine and integrated into a complete line. Even once the automation is completed the line can continue to be optimized if new products are introduced or demand continues to increase. Conveyor systems can be added for quality control checks or additional space for end of the line equipment. Fill heads can be added to existing machines to increase the number of containers filled each cycle. Other machinery may be added as packaging needs or desires change over the years. By following Steps 1 through 4, the machines, and the packaging system as a whole, should be able to grow with the company for years to come!

Building a Smarter Packaging Operation

Transitioning from manually preparing products to packaging machinery automation can seem overwhelming, but with the right approach - and the right partner - it becomes a powerful driver of growth not just at the point of automation but for the foreseeable future as well. Whether starting small and scaling up or investing in a fully automated solution from the first day of the transition, manufacturers can greatly improve efficiency while maintaining flexibility as well. At LPS, we do not just provide the machinery, we strive to deliver complete packaging solutions and a packaging partner to grow with your business.